In bacteria, these can be arranged in monotrichous, lophotrichous, amphitrichous, or peritrichous schemes; Michael Behe argued that the ‘irreducible complexity' of these is evidence for intelligent design. In eukaryotes, their 9-plus-2 axoneme include the protein [*] dynein, while in bacteria their filament is attached to the hook at the junction and they rotate, unlike in animals such as Euglena where they thrash back and forth. Distinguished from cilia only by their singular beating pattern, for 10 points, name this t
In bacteria, these can be arranged in monotrichous, lophotrichous, amphitrichous, or peritrichous schemes; Michael Behe argued that the ‘irreducible complexity' of these is evidence for intelligent design. In eukaryotes, their 9-plus-2 axoneme include the protein [*] dynein, while in bacteria their filament is attached to the hook at the junction and they rotate, unlike in animals such as Euglena where they thrash back and forth. Distinguished from cilia only by their singular beating pattern, for 10 points, name this tail-like projection in a cell that is often used for locomotion.
In bacteria, these can be arranged in monotrichous, lophotrichous, amphitrichous, or peritrichous schemes; Michael Behe argued that the ‘irreducible complexity' of these is evidence for intelligent design.
{Flagellum} [accept {flagella}]